BombCodeResearchSS13

Bomb code research, some values are abritary based on values provided as standard by the code.
By RemieRichards

Contents:
1 - Bombs and examples (Good for Noob or Pro bomb makers)
2 - Misc Calculations and Values (Good for coders)

Bombs and examples:
---------------------------
Higher temp = GOOD
Lower volume of tank = GOOD

Example:
Highest temperature Freezer can reach: 293.15C (566.3K)
Moles = 2436.0765

Resulting Pressures:
(2436.0765*8.31*566.3)/70 = 163772.30733435 //Tank
(2436.0765*8.31*566.3)/3 = 3821353.8378015 //Emergency oxy tank

Resulting (raw) ranges:
(163772.30733435  -5066.25)/1013.25 = 156.63070055203552923760177646188 //Tank
(3821353.8378015 -5066.25)/1013.25 = 3766.3830128808290155440414507772 //Emergency oxy tank

One tank explosions::
explosion(epicenter, 39, 78, 156,  234) //Tank
explosion(epicenter, 941, 1883, 3766, 5649) //Emergency oxy tank

Bomber Terms:
//Contains no fire_range because fire_range was added much after the standard 3 of devastation, heavy, light

3,7,14 //Bomb cap (If these other numbers are true, I want to cry at how low this is ;_;)
39,78,156 //Tank
941, 1883, 3766 //Emergency oxy tank


Misc Calculations and Values (Warning, Very Maths-y, Very unorganised):
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Tank code:
air_contents.react()
air_contents.react()
air_contents.react() //yes 3 of em.
pressure = air_contents.return_pressure()
range = (pressure-TANK_FRAGMENT_PRESSURE)/TANK_FRAGMENT_SCALE
explosion(turf, round(range*0.25), round(range*0.5), round(range), round(range*1.5))

Explosion:
explosion(turf/epicenter, devastation_range, heavy_impact_range, light_impact_range, flash_range, adminlog = 1, ignorecap = 0, flame_range = 0)

Defines:
TANK_FRAGMENT_PRESSURE = 50*ONE_ATMOSPHERE
TANK_FRAGMENT_SCALE = 10*ONE_ATMOSPHERE
ONE_ATMOSPHERE = 101.325kpa
R_IDEAL_GAS_EQUATION  = 8.31
T20C = 293.15 // 566.3K
T0C = 273.15 // 546.3K
MOLES_CELLSTANDARD = (ONE_ATMOSPHERE*CELL_VOLUME/(T20C*R_IDEAL_GAS_EQUATION))
//moles in a 2.5 m^3 cell at 101.325 Pa and 20 degC
MOLES_O2STANDARD = (MOLES_CELLSTANDARD*O2STANDARD) // O2 standard value (21%)
MOLES_N2STANDARD = (MOLES_CELLSTANDARD*N2STANDARD) // N2 standard value (79%)
O2STANDARD = 0.21
N2STANDARD = 0.79
CELL_VOLUME = 2500

Standard moles:
Base = 101.325*2500/(293.15*8.31) = 2436.0765
N2 = Base*0.79 = 1924.500435
OXY = Base*0.21 = 511.576065

Non-standard volumes:
unary tank volume = 10000
canister = 1000
tank = 70
emergency oxygen tank = 3

Gasmixture code:
return_pressure() = total_moles()*R_IDEAL_GAS_EQUATION*temperature/volume
total_moles() = toxins + oxygen + othergases + trace gases
volume = CELL_VOLUME //default
temperature //In kelvin